$8.[-/0\mathrm{.}76$ Points$]$

CAMMIMS$166.$TB$\mathrm{.}052.$

$($a$)$ If you were going to write this as a linear programming model, how many decision variables would there be$?$

E

How many constraints would there be$?$

$|$

The solution to this problem is shown below. Use it to answer parts $($b$)$ through $($e$).$

Transportation Problem

Optimal Transportation Schedule

Total Transportation Cost or Revenue is $377$

Note: The Total Supply Exceeds The Todal Demand By $14$

$($b$)$ How many chairs are moved from Baker to Business?

$13$

$($c$)$ How many chairs are moved from Tirey to Parsons?

$($d$)$ How many chairs are moved from Arena to Education?

$$

$($e$)$ Which site$($s$)$ has $($have$)$ chairs left? $($Select all that apply.$)$Baker HallTirey HallArenaBusinessEducationParsons HallHolmstedt Hall